Contents - Electronic Sensors

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1 Parker Pneumatic Contents - (Revised 0/9/8) PNP, NPN, Reed 2- P8S Global P8S Mini-Global Bracket Assembly Right Angle P8S Series 0 Magnet Switches OSP-P - Series RST & EST -2 Solid State & Reed PA Series P/PM Series PRNA Series PRN Series PV, XR Series PTR Series Sensor 22 Air Piloted Switch 2 Female Quick Connect Cordset 8mm & 2mm 2 Valvetronic 0 Connection Block 25 End-of-Stroke EPS-6 & EPS-7 CS- & CS- Specification s For MA, MAJ Series For PTR & HP Series 8mm Barrel Type P8S Series -

2 (Revised 0/0/8) PNP Solid State Sensor Reed PNP Solid State Sensor Series Compact cylinders Round body cylinders Tie rod cylinders Iso cylinders Rodless cylinders d cylinders Rotary actuators Bore size or type m flying leads 0m flying leads 8mm quick connect* 8mm quick connect w/ m lead* 2mm quick connect* Bracket Sensor page # PQ 2mm - 00mm P8S-EPFXS N/A P8S-EPSUS N/A N/A N/A N/A N/A PM SR/ SRG, SRM/SRDM P MA standard sensor 9/6" N/A C N/A N/A N/A 5 N/A /" - -/8" N/A C N/A N/A N/A 5 N/A -/2" - 2" N/A C N/A N/A N/A 5 N/A 2-/2" - " N/A C N/A N/A N/A 5 N/A 9/6" - /" P8S-GPFAX P8S-GPFDX P8S-GPCHX P8S-GPSCX P8S-GPMHX P8S-TMC /6" - 2-/2" P8S-GPFAX P8S-GPFDX P8S-GPCHX P8S-GPSCX P8S-GPMHX P8S-TMC /8" - 2-/2" P8S-GPFAX P8S-GPFDX P8S-GPCHX P8S-GPSCX P8S-GPMHX P8S-TMC " - " P8S-GPFAX P8S-GPFDX P8S-GPCHX P8S-GPSCX P8S-GPMHX P8S-TMC /2" - 5" 2MNR -/2" - " P8S-GPFAX P8S-GPFDX P8S-GPCHX P8S-GPSCX P8S-GPMHX N/A 5 N/A MA 6" - 8" P8S-TMAOX N/A 9 PA standard sensor PA right angle sensors PD standard & clean profiles PD tie rod version 0-25mm P8S-GPFAX P8S-GPFDX P8S-GPCHX P8S-GPSCX P8S-GPMHX P8S-TMC mm PA-2XMK N/A N/A N/A N/A PA-2CCC 2mm PA-2XMK N/A N/A N/A N/A PA-2DCC 6mm PA-2XMK N/A N/A N/A N/A PA-2FCC 20mm PA-2XMK N/A N/A N/A N/A PA-2HCC 25mm PA-2XMK N/A N/A N/A N/A PA-2JCC All P8S-GPFAX P8S-GPFDX P8S-GPCHX P8S-GPSCX P8S-GPMHX N/A 5 N/A All P8S-GPFAX P8S-GPFDX P8S-GPCHX P8S-GPSCX P8S-GPMHX P8S-TMAOX 5 N/A PX All P8S-GPFAX P8S-GPFDX P8S-GPCHX P8S-GPSCX P8S-GPMHX P8S-TMA0Y 5 N/A PZ All P8S-GPFAX P8S-GPFDX P8S-GPCHX P8S-GPSCX P8S-GPMHX N/A 5 N/A OSP-P All P8S-GPFAX P8S-GPFDX P8S-GPCHX N/A N/A P5T Included w/ sensor Flush mount P8S-GPFAX P8S-GPFDX P8S-GPCHX P8S-GPSCX P8S-GPMHX N/A 5 N/A Right angle N/A P8S-SPETXD P8S-SPTHXD N/A N/A N/A 0 N/A P5E All P8S-GPFAX P8S-GPFTX P8S-GPCHX P8S-GPSCX P8S-GPMHX N/A 5 N/A HB All P8S-GPFAX P8S-GPFTX P8S-GPCHX P8S-GPSCX P8S-GPMHX N/A 5 N/A P5 PV XR 20-25mm P8S-GPFAX P8S-GPFTX P8S-GPCHX P8S-GPSCX P8S-GPMHX P8S-TMC mm P8S-GPFAX P8S-GPFTX P8S-GPCHX P8S-GPSCX P8S-GPMHX P8S-TMC mm P8S-GPFAX P8S-GPFTX P8S-GPCHX P8S-GPSCX P8S-GPMHX P8S-TMC0 5 9 Normally open SMH-P 2 N/A SMH-PC N/A N/A N/A 9 N/A Normally closed SMC-P 2 N/A SMC-PC N/A N/A N/A 9 N/A PRN(A) All N/A N/A N/A N/A N/A N/A N/A N/A PTR 0, 5 SWH-P N/A SWH-PC N/A N/A 20, 25, 2 SWH-2P N/A SWH-2PC N/A N/A Included w/ sensor Included w/ sensor 2 2 Bracket page # N/A N/A N/A. Flying leads are 2 meters in length 2. Flying leads are.5 meters in length. Flying leads are meter in length Note: See page 22 for. * See page 2 for cord sets. For inventory, lead times, and kit 2

3 (Revised 0/0/8) NPN Solid State Sensor NPN Solid State Sensor Series Compact cylinders Round body cylinders Tie rod cylinders ISO cylinders Rodless Cylinders d cylinders Bore size or type m flying leads 0m flying leads 8mm quick connect* 8mm quick connect w/ m lead* 2mm quick connect* Bracket Sensor page # PQ 2mm - 00mm P8S-ENFXS N/A P8S-ENSUS N/A N/A N/A N/A N/A PM SR/ SRG, SRM/SRDM P MA standard sensor 9/6" N/A C N/A N/A N/A 5 N/A /" - -/8" N/A C N/A N/A N/A 5 N/A -/2" - 2" N/A C N/A N/A N/A 5 N/A 2-/2" - " N/A C N/A N/A N/A 5 N/A 9/6" - /" P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX P8S-TMC /6" - 2-/2" P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX P8S-TMC /8" - 2-/2" P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX P8S-TMC " - " P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX P8S-TMC /2" - 5" 2MNR -/2" - " P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GPNSCX P8S-GNMHX N/A 5 N/A MA 6" - 8" P8S-TMAOX N/A 9 PA standard sensor PA right angle sensors PD standard & clean profiles PD tie rod version 0-25mm P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX P8S-TMC mm bore PA-2XK N/A N/A N/A N/A PA-2CCC 2mm bore PA-2XK N/A N/A N/A N/A PA-2DCC 6mm bore PA-2XK N/A N/A N/A N/A PA-2FCC 20mm bore PA-2XK N/A N/A N/A N/A PA-2HCC 25mm bore PA-2XK N/A N/A N/A N/A PA-2JCC All P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX N/A 5 N/A All P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX P8S-TMAOX 5 N/A PX All P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX P8S-TMA0Y 5 N/A PZ All P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX N/A 5 N/A OSP-P All P8S-GNFAX P8S-GNFDX P8S-GNCHX N/A N/A N/A N/A N/A P5T Flush mount P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX N/A 5 N/A Right angle N/A P8S-SNETX P8S-SNTHX N/A N/A N/A 0 N/A P5E All P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX N/A 5 N/A HB All P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX N/A 5 N/A P mm P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX P8S-TMC mm P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX P8S-TMC mm P8S-GNFAX P8S-GNFDX P8S-GNCHX P8S-GNSCX P8S-GNMHX P8S-TMC0 5 9 Bracket page # Reed Rotary actuators PV XR Normally open SMH-N 2 N/A SMC-NC N/A N/A N/A 9 N/A Normally closed SMC-N 2 N/A SMC-NC N/A N/A N/A 6 N/A PRN(A) All See page 7 PTR 0, 5 SWH-N N/A SWH-NC N/A N/A 20, 25, 2 SWH-2N N/A SWH-2NC N/A N/A Included w/ sensor Included w/ sensor 2 2 N/A N/A Flying leads are 2 meters in length 2 Flying leads are.5 meters in length Flying leads are meter in length Note: See page 22 for. * See page 2 for cord sets.

4 (Revised 0/0/8) Reed Sensor Reed Reed Sensor Series Compact cylinders Round body cylinders Tie rod cylinders ISO cylinders Rodless cylinders d cylinders Rotary actuators Bore size or type m flying leads 0m flying leads 8mm quick connect* 8 mm quick connect w/ m lead* 2mm quick connect* Bracket Sensor page # PQ 2mm - 00mm P8S-ERFXS N/A P8S-ERSUS N/A N/A N/A N/A N/A PM SR/ SRG, SRM/SRDM P MA standard sensor 9/6" N/A C N/A N/A N/A N/A /" - -/8" N/A C N/A N/A N/A N/A -/2" - 2" N/A C N/A N/A N/A N/A 2-/2" - " N/A C N/A N/A N/A N/A 9/6" - /" P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX P8S-TMC /6" - 2-/2" P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX P8S-TMC /8" - 2-/2" P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX P8S-TMC " - " P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX P8S-TMC /2" - 5" 2MNR -/2 - " P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX N/A 8 N/A MA 6" - 8" P8S-TMAOX N/A 9 PA standard sensor PA alternate sensors PD standard & clean profiles PD tie rod version 0-25mm P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX P8S-TMC mm bore PA-2XR N/A PA-2XSH N/A N/A PA-2CCB 2mm bore PA-2XR N/A PA-2XSH N/A N/A PA-2DCB 6mm bore PA-2XR N/A PA-2XSH N/A N/A PA-2FCB 20mm bore PA-2XR N/A PA-2XSH N/A N/A PA-2HCB 25mm bore PA-2XR N/A PA-2XSH N/A N/A PA-2JCB All P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX N/A 8 N/A All P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX P8S-TMAOX 8 N/A PX All P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX P8S-TMA0Y 8 N/A PZ All P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX N/A 8 N/A OSP-P All P8S-GRCHX P8S-GRFDX P8S-GRCHX N/A N/A P5T Included w/ sensor Flush mount P8S-GRFX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX N/A 8 N/A Right angle N/A P8S-SRETX P8S-SRTHX N/A N/A N/A 8 N/A P5E All P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX N/A 8 N/A HB All P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX N/A 8 N/A P5 PV XR 20-25mm P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX P8S-TMC mm P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX P8S-TMC mm P8S-GRFAX P8S-GRFDX P8S-GRCHX P8S-GRSCX P8S-GRMHX P8S-TMC0 8 8 N.O. high amp SMR- N/A SMR-C N/A N/A N/A 9 N/A N.O. low amp SMR- N/A SMR-C N/A N/A N/A 9 N/A N.C. SMD- N/A SMD-C N/A N/A N/A 9 N/A PRN See model code 8 N/A PTR 0, 5 SWR- 2 N/A SWR-C N/A N/A 20, 25, 2 SWR-2 2 N/A SWR-2C N/A N/A Included w/ sensor Included w/ sensor Bracket page # N/A N/A N/A. Flying leads are.5 meters in length 2. Flying leads are meters in length Note: See page 22 for. * See page 2 for cord sets. For inventory, lead times, and kit

5 P8S Global Solid State Sensor P8S Global Drop-In Solid State Wiring PNP sensor NPN sensor PNP sensor ATEX certified m flying leads P8S-GPFAX P8S-GNFAX P8S-GPFX/EX 0m flying leads P8S-GPFDX P8S-GNFDX 0.m lead with 8mm connector P8S-GPCHX P8S-GNCHX 0.m lead with 2mm connector P8S-GPMHX P8S-GNMHX N/A m lead with 8mm connector P8S-GPSCX P8S-GNSCX Switch classification Standard PNP or NPN ATEX certified PNP Type Output function Normally open Sensor output PNP/NPN PNP Operating voltage 0-0 VDC 0-0 VDC Continuous current 00 ma max. 70 ma max. Response sensitivity 28 Gauss min. Switching frequency KHz Power consumption 0 ma max. Voltage drop 2.5 VDC max. Ripple 0% of operating voltage Hysteresis.5 mm max. Repeatability 0. mm max. EMC EN Short-circuit protection Yes Power-up pulse suppression Yes Reverse polarity protection Yes Enclosure rating IP68 Shock and vibration stress 0g, ms, 0 to 55 Hz, mm Operating temperature range -25 C to 75 C (- F to 67 F) Housing material Connector cable PA 2, black PVC Connector PUR Approval for ATEX D/G -20 C to 5 C (- F to F) Wiring connection Flying lead or 8 mm connector (shown) 2 mm connector PNP 2* Pin Wire Function Brown Operating voltage (VDC) Black Output signal (N.O.) Blue -VDC bn VDC -VDC bu * Pin 2 not present. PNP.2 (6.) bn bk bu NPN bk bk.7 (.) OAD Pin Wire Function Brown Operating voltage (VDC) Black Output signal (N.O.) bn bu 2* White Not used Blue -VDC DC NPN bn bk bu Face Center.8 (9.7) OAD VDC -VDC DC Reed = 00.2 (.5) M8x.2 (6) 5

6 P8S Global Reed Reed P8S Global Drop-In Reed Wiring Reed sensor m flying leads P8S-GRFAX 0m flying leads P8S-GRFDX 0m flying leads P8S-GRFDX2* 0.m lead with 8mm connector P8S-GRCHX 0.m lead with 2mm connector P8S-GRMHX m lead with 8mm connector P8S-GRSCX Type 2-wire reed Output function Normally open Operating voltage 0-0 VAC*, 0-0 VDC Switching power 6 W/VA Continuous current 00 ma max. Response sensitivity 0 Gauss min. Switching frequency 00 Hz Voltage drop 2.5 V max. Ripple 0% of operating voltage Hysteresis.5 mm max. Repeatability 0.2 mm max. EMC EN Reverse polarity protection Yes Enclosure rating IP68 Shock and vibration stress 0g, ms, 0 to 55 Hz, mm Operating temperature range -25 C to 75 C (- F to 67 F) Housing material PA 2, black Connector cable PVC Connector PUR cable with 8 or 2 mm connector * 0-20 VAC/DC for P8S-GRFDX2. Circuit for switching contact protection (for inductive loads, e.g. solenoids, relays) (Required for proper operation 2VDC) Put diode parallel to load (CR) following polarity as shown. 2VDC D: Diode: select a diode with the breakdown voltage and current rating according to the load. Typical Example 00 volt, amp diode CR: Relay coil (under 0.5W coil rating) (Recommended for longer life 20 VAC) Put a resistor and capacitor in parallel with the load (CR). Select the resistor and capacitor according to the load. Typical Example: CR: Relay coil (under 2W coil rating) R: Resistor KΩ - 5 KΩ, / W C: Capacitor 0. ΩF, 600 V 20VAC (BROWN) (BUE) (BROWN) D R C (BUE) CR CR Wiring connection Flying ead or 8 mm Connector Pin Wire Function Brown Operating voltage (V) Black Not used Blue Output signal (-V or ground) 2 mm Connector 2* * Pin 2 not present..2 (6.).7 (.). = 00 Pin Wire Function Brown Operating voltage (V) 2* White Not used Blue Output signal (-V or ground) Black Not used Face Center.2 (.5)..2 (6).55 () M8x! Caution Use an ampmeter to test reed sensor current. Testing devices such as incandescent light bulbs may subject the reed sensor to high in-rush loads. NOTE: When checking an unpowered reed sensor for continuity with a digital ohmmeter the resistance reading will change from infinity to a very large resistance (2 M ohm) when the sensor is activated. This is due to the presence of a diode in the reed sensor. Anti-magnetic shielding is recommended for reed sensors exposed to high external RF or magnetic fields. The magnetic field strength of the piston magnet is designed to operate with our sensors. Other manufacturers sensors may not operate correctly in conjunction with these magnets. Use relay coils for reed sensor contact protection. The operation of some 20 VAC PC s (especially some older Allen- Bradley PC s) can overload the reed sensor. The sensor may fail to release after the piston magnet has passed. This problem may be corrected by the placement of a 700 to K OHM resistor between the sensor and the PC input terminal. Consult the manufacturer of the PC for appropriate circuit. with long wire leads (greater than 5 feet) can cause capacitance build-up and sticking will result. Attach a resistor in series with the reed sensor (the resistor should be installed as close as possible to the sensor). The resistor should be selected such that R (ohms) >E/0.. For inventory, lead times, and kit 6

7 P8S Mini-Global Solid State P8S Mini-Global Drop-In Solid State Wiring connection Wiring PNP Sensor NPN Sensor m Flying eads P8S-MPFY P8S-MNFY 0m Flying eads P8S-MPFTX P8S-MNFTX 0.m ead with 8mm Connector P8S-MPSHX P8S-MNSHX Pin Wire Function Brown VDC Black NO Blue -VDC Type Output Function Normally open Sensor Output PNP or NPN Operating Voltage 0-0 VDC Continuous Current 70 ma Response Sensitivity 8 Gauss Switching Frequency 000 Hz Power Consumption 8 ma without load Voltage Drop 2.5 VDC Ripple 0% of operating voltage Hysteresis 5 Gauss Repeatability ±0. mm EMC EN Short-circuit Protection Yes Power-up Pulse Suppression No Reverse Polarity Protection Yes Enclosure Rating IP67 Shock and Vibration Stress 0g, ms, 0 to 55 Hz, mm Operating Temperature Range -25 C to 75 C (- F to 67 F) Housing Material PA 2 NPN PNP = 00 bn bk bu bn bk bu Face Center.2 (6.2).98 (25).98 (25)..2 (6). (2.8) DC DC M8x. (.6) Reed Connector Cable PUR x 0.09mm 2 Connector PUR cable w/8mm connector 7

8 Reed P8S Mini-Global Reed P8S Mini-Global Drop-In Reed Wiring Reed Sensor m Flying eads P8S-MRFY 0m Flying eads P8S-MRFTX 0.m ead with 8mm Connector P8S-MRSHX Wiring connection Pin Wire Function Brown Operating voltage (V) Black Output signal Blue Ground (-V) Reed Type -Wire Reed Output Function Normally Open Operating Voltage 0-0 VAC, 0-0 VDC Switching Power 0 W/VA Continuous Current 500 ma max. Response Sensitivity 8 Gauss Switching Frequency 500 Hz Hysteresis 7 Gauss Repeatability 0. mm EMC EN / EN Enclosure Rating IP67 Shock and Vibration Stress 0g, ms, 0 to 55 Hz, mm Operating Temperature Range -25 C to 75 C (- F to 67 F) Housing Material PA 2 Connector Cable PUR x 0.09 mm 2 Connector PUR cable w/8mm connector Face Center = 00 bn bk bu.9 (9.9).98 (25).98 (25)..2 (6). (2.8) M8x. (.6) / AC/DC / Caution Use an ampmeter to test reed sensor current. Testing devices such as incandescent light bulbs may subject the reed sensor to high in-rush loads. NOTE: When checking an unpowered reed sensor for continuity with a digital ohmmeter the resistance reading will change from infinity to a very large resistance (2 M ohm) when the sensor is activated. This is due to the presence of a diode in the reed sensor. Anti-magnetic shielding is recommended for reed sensors exposed to high external RF or magnetic fields. The magnetic field strength of the piston magnet is designed to operate with our sensors. Other manufacturers sensors may not operate correctly in conjunction with these magnets. Use relay coils for reed sensor contact protection. The operation of some 20 VAC PC s (especially some older Allen-Bradley PC s) can overload the reed sensor. The sensor may fail to release after the piston magnet has passed. This problem may be corrected by the placement of a 700 to K OHM resistor between the sensor and the PC input terminal. Consult the manufacturer of the PC for appropriate circuit. with long wire leads (greater than 5 feet) can cause capacitance build-up and sticking will result. Attach a resistor in series with the reed sensor (the resistor should be installed as close as possible to the sensor). The resistor should be selected such that R (ohms) >E/0.. For inventory, lead times, and kit 8

9 P8S Sensor Mounting Brackets Tie Rod Bracket Assembly Tie Rod Bracket Assembly is necessary for Global and Mini- Global Sensor installation on all tie rod construction cylinders. This includes all Intermediate Trunnion mounts (Style DD or MT); and all 6"-8" bore and bracket assemblies must be ordered separately. Part number P8S-TMAOX fits -/2" to 8" bores and 2-200mm bores for Global P8S-TMAOX.8 (5).62 (5.7) Reed Round Body Bracket Assembly and brackets must be ordered separately Bore size Round body bracket 9/6" - -/6" P8S-TMC mm P8S-TMC0 -/8" - 2-/2" P8S-TMC02 2-6mm P8S-TMC02.50 (2.8).87 (22). (7.8).8 (5).59 (5) " - " P8S-TMC mm P8S-TMC0 9

10 Right Angle P8S Solid State and Reed Reed Right Angle Solid State P8S Right Angle Type Output function Normally open Switching output PNP/NPN Operating voltage 0-0 VDC Continuous current 50 ma Response sensitivity 0 Gauss min. Switching frequency 5kHz Power consumption 5 ma Voltage drop 2 VDC Ripple 0% of operating voltage Delay time (2V) Approx. 20 ms Time delay before availability 2 ms Hysteresis.5mm Repeatability 0.2mm EMC EN Short-circuit protection Yes Power-up pulse suppression Yes Reverse polarity protection Yes Enclosure rating IP67 DIN 0050 Shock and vibration stress 0g, ms, 0 to 55 Hz, mm Ambient temperature range -25 C to 75 C (- F to 67 F) Housing material PA 2, black Connector cable PVC Connector PUR cable w/8 mm connector Wiring PNP sensors NPN sensors 0.2m lead with 8mm connector P8S-SPTHXD P8S-SNTHX 0m flying leads P8S-SPETXD P8S-SNETX Wiring connection Pin Wire Function Brown Operating voltage (VDC) 2 Black Output signal (N.O.) Blue -VDC 2 2 Reed P8S Right Angle Type 2-wire reed Output function Normally open Output voltage 0-0* VAC, 0-0 VDC Continuous current 00 ma Response sensitivity 0 Gauss min. Switching frequency 00 Hz Voltage drop V Ripple 0% of operating voltage Time delay (2V) Approx. 20 ms Hysteresis.0mm Repeatability 0.2mm EMC EN Reverse polarity protection Yes Enclosure rating IP67 Shock and vibration stress 0g, ms, 0 to 55 Hz, mm Ambient temperature range -25 C to 75 C (- F to 67 F) Housing material PA 2, black Connector cable PVC Connector PUR cable w/8 mm connector * 8mm connector rated for 50 VAC max. Wiring Reed sensors 0.2m lead with 8mm connector P8S-SRTHX 0m flying leads P8S-SRETX Wiring connection. (.) 2 Center of Face.79 (20) Solid State Pin Wire Function Brown Operating voltage (V) Black Not used 2 Blue Output signal (-V or Ground).7 (2).5 (9).26 (6.7).2 (8.) Center of Face.79 (20) Reed For inventory, lead times, and kit 0

11 Magnetic Switches OSP-P Magnetic Switches OSP-P Magnetic Switches OSP-P Magnetic Switches for T-Slot Series RST & EST Magnetic switches are used for electrical sensing of the position of the piston, e.g. at its end positions. They can also be used for sensing of intermediate positions. is contactless, based on magnets which are built-in as standard. A yellow ED indicates operating status. The universal magnetic switches are suitable for all OSP-P Actuators. ) For the magnetic switch temperature range, please take into account the surface temperature and the self-heating properties of the linear drive. Characteristics Electrical characteristics Unit Type RST Type EST Switching output Reed PNP Operating voltage V 0-0 AC/DC 0-0 DC Ripple 0% Voltage drop V 2 Electrical configuration Two wire Three wire Output function normally open normally closed normally open Permanent current ma Breaking capacity W 6 peak Power consumption at UB = 2V, switched on, without ma 0 load Function indicator ED, yellow (not for normally closed) Response time ms Sensitivity mt 2 2 Time delay before availability ms 2 Reverse polarity protection Yes Yes Short-circuit protection No Yes (pulsed) Switchable capacity load µf 0. at 00 W, 2 VDC Switching frequency Hz 00 5k Repeatability mm Hysteresis mm.5.5 EMC EN ifetime 5 Mio. cycles with PC load Unlimited Power-up pulse suppression Yes Protection for inductive load Yes Mechanical characteristics Unit Type RST Type EST Housing Plastic / PA66 PA6I red Cable cross section mm 2 2 x 0. x 0. Cable type* PUR, black PUR, black Bending radius mm 6 0 Weight (Mass) kg ca RST-K ca RST-S Degree of protection IP 67 to DIN EN Ambient temperature range* C -25 C to 80 C with adapter C -25 C to 60 C Adapter tightening torque Nm ca EST-K ca EST-S -25 C to 75 C at UB=0 0 V -25 C to 80 C at UB=0 28 V 0.5 (tightening torque of screwing adapter onto magnetic switch) Reed Shock resistance Vibration to EN G 5, ms, 0 to 55 Hz, mm Shock to EN G 50, ms Bump to EN G 0, ms, 000 bumps each axis

12 Magnetic Switches OSP-P Magnetic Switches Reed Ordering Information Version Voltage Type Part number Magnetic switch, 0-0 VAC / VDC RST-K P8S-GRFAX reed contact, normally open, ED indicator, cable m Magnetic switch, 0-0 VAC / VDC RST-K P8S-GRFDX reed contact, normally open, ED indicator, cable 0m Magnetic switch, 0-20 VAC / VDC RST-K P8S-GRFDX2 reed contact, normally open, ED indicator, cable 0m Magnetic switch, 0-0 VAC / VDC RST-S P8S-GRCHX reed contact, normally open, snap connector M8, ED indicator, cable 0.2m Magnetic switch, 0-0 VAC / VDC RST-S P8S-GRCHX reed contact, normally open, screw connector M8, ED indicator, cable 0.2m Magnetic switch, reed contact, 0-0 VAC / VDC RST-K P8S-GEFRX normally closed, cable 0m Magnetic switch, electronic, 0-0 VDC EST-K P8S-GPFAX PNP ED indicator, cable m Magnetic switch, electronic, 0-0 VDC EST-K P8S-GPFDX PNP ED indicator, cable 0m Magnetic switch, electronic, PNP M8, 0-0 VDC EST-S P8S-GPCHX ED indicator, cable 0.2m Magnetic switch, electronic, NPN M8, ED indicator, cable 0.2m 0-0 VDC EST-S P8S-GNCHX Included in delivery: magnetic switch adapter for dovetail groove mounting Accessories Description Type Part number Cable M8, 2.5m without lock nut KS 25 KY20 Cable M8, 5.0m without lock nut KS 50 KY2 Cable M8, 5.0m without lock nut ES-S / RS-S 0 Cable M8, 5.0m with lock nut KSG 50 KC0 Adapter for dovetail groove (pack of 0) K For inventory, lead times, and kit 2

13 Solid State PA Series PA Series Solid State These sensors are of solid-state type, with no moving parts. Short-circuit and transient protection is incorporated as standard. The integral electronics make these sensors suitable for applications with very high switching frequencies. Design Hall element Output PNP resp. NPN, N.O. Voltage range 0-0 VDC Max permissible ripple 0% Max voltage drop 0.5 V at 00 ma Max load current, PA-2XMK, K 50 ma PA-2XHK, EK, JH, FH 00 ma Max breaking power (resistive) 6 W Internal consumption <0 ma at 0 V Min actuating distance 5 mm Hysteresis. -.mm Repeatability accuracy ±0.mm Max on/off switching frequency khz Max on/off switching time 0.8/.0 ms Encapsulation, PA-2XHK, EK, MK, K IP67 Temperature range 0 C to 60 C ( F to 0 F) Indication ED Shock resistance 0 g Material, housing Polyamid Material, mould Epoxy Cable PVC x0.5 mm 2 Cable incl. female part connector PVC x0.5 mm 2 Connector 8mm snap on Mounting Mounting yoke Material, mounting Acetal/Stainless steel Material, screw Stainless steel Wiring connection PA-2XMK PNP White - Red Black PA-2XEK PA-2XK NPN White - Blue - Black Red Output Cable length Weight (lb) Part number PNP, N.O. 2m 0.09 PA-2XMK, Rt. angle NPN, N.O. 2m 0.09 PA-2XK, Rt. angle NPN, N.O. 2m PA-2XEK Mounting Brackets Fits cylinder bore size Weight (lb) Part number 0mm 0.0 PA-2CCC 2mm 0.0 PA-2DCC 6mm PA-2FCC 20mm PA-2HCC 25mm PA-2JCC Cable for Cable length Weight (lb) Part number m ** 0m ** * Cable ordered separately ** Cable includes female part connector for sensor PA-2XHK and PA-2XEK.75 (9) x 0.5 mm, 2 m.75 (9).9 (0) PA-2XMK and PA-2XK x 0.5 mm, 2 m ED.7 (2) ED.7 (2).55 ().5 (.8) Reed NPN Black Brown

14 Reed & Solid State P/PM Series P/PM Series Bore size Reed (ow AMP) NPN sinking PNP sourcing 9/6" /", -/8" /2", 2" /2", ", " Note: For sensors with an 8mm connector, replace the last digit with a C. For example: C. Reed Solid State (NPN/PNP) Switching ogic N.O. NPN (Sinking) N.O. PNP (Sourcing) Supply Voltage Range 5-0 VDC On-State Voltage Drop.5 V max. at 00 ma Current Output Range 00 ma Burden Current 7 ma at 2 V ma at 2 V eakage Current 0.0 ma ED Function NPN: Red (Target Present) PNP: Green (Target Present) Minimum Current to ight ED ma Operating Temperature to 58 F (-0 to 70 C) Storage Temperature - to 76 F (-20 to 80 C) Enclosure Protection IEC standard IP 67 NEMA 6P ead Wire conductor, 2 gauge ead Wire ength 59 inches,.5 meter Color of Cable Black Switching Response Max. k Hz Shock Resistance 50 G (90 m/s 2 ) Vibration Resistance Double Amplitude.5 mm (Frequency 0 to 55 Hz scanning, minute) Reed Sensor (ow AMP) Switching ogic N.O. SPST (Form A) Supply Voltage Range On-State Voltage Drop Power Rating* Switching Current Range* eakage Current 0 ED Function Minimum Current to ight ED Operating Temperature Storage Temperature Enclosure Protection ead Wire ead Wire ength Color of Cable Switching Response - 25 V AC/DC.8V max. at 20 ma DC 5 W (2.5 W) 5 VA (2.5 VA) 5-0 ma (5-20 ma) Red (Target Present) ma to 58 F (-0 to 70 C) - to 76 F (-20 to 80 C) IEC standard IP67 NEMA 6P 2 conductor, 2 gauge 59 inches,.5 meter Gray Max. 00 Hz Shock Resistance 0 G (00 m/s 2 ) Vibration Resistance Double Amplitude.5 mm (Frequency 0 to 55 Hz scanning, minute) * Number in parentheses pertains to inductive loads. Circuits NPN Sensor Sinking Output Color of Cable Black On State Voltage Drop.5V Maximum Brown (Red*) Black (White*) Blue (Black*) OAD () 5 to 0 VDC PNP Sensor Sourcing Output Color of Cable Black On State Voltage Drop.5V Maximum ( ) Reed Sensor NOTE: Polarity must be observed for DC operation only. Brown Blue oad DC or AC Brown (Red*) Black (White*) Blue (Black*) OAD () 5 to 0 VDC ( ) * Wire colors in parentheses pertain to sensors manufactured before 0/5/9. For inventory, lead times, and kit

15 Reed & Solid State P/PM Series Circuit for Switching Contact Protection (Inductive oads) for Reed Sensor Only (Required for proper operation 2VDC) Put Diode parallel to load (CR) following polarity as shown below. (BROWN) (BUE) (Recommended for longer life 25 VAC) Put a resistor and capacitor in parallel with the load (CR). Select the resistor and capacitor according to the load. 2VDC D: Diode: select a Diode with the breakdown voltage and current rating according to the load. Typical Example 00 Volt, Amp Diode CR: Relay coil (under 0.5W coil rating) D CR 25VAC (BROWN) Typical Example: CR: Relay coil (under 2W coil rating) R: Resistor KΩ 5 KΩ, / W C: Capacitor 0. µf, 600 V R C (BUE) CR Reed! Caution Use an ampmeter to test reed sensor current. Testing devices such as incandescent light bulbs may subject the reed sensor to high in-rush loads. NOTE: When checking an unpowered reed sensor for continuity with a digital ohmmeter the resistance reading will change from infinity to a very large resistance (2 M ohm) when the sensor is activated. This is due to the presence of a diode in the reed sensor. Anti-magnetic shielding is recommended for reed sensors exposed to high external RF or magnetic fields. The magnetic field strength of the piston magnet is designed to operate with our sensors. Other manufacturers sensors may not operate correctly in conjunction with these magnets. Current capabilities are relative to operational temperatures. Use relay coils for reed sensor contact protection. The operation of some 20 VAC PC s (especially some older Allen-Bradley PC s) can overload the reed sensor. The sensor may fail to release after the piston magnet has passed. This problem may be corrected by the placement of a 700 to K OHM resistor between the sensor and the PC input terminal. Consult the manufacturer of the PC for appropriate circuit. with long wire leads (greater than 5 feet) can cause capacitance build-up and sticking will result. Attach a resistor in series with the reed sensor (the resistor should be installed as close as possible to the sensor). The resistor should be selected such that R (ohms) >E/0.. 5

16 Reed & Solid State PRNA Series, Sizes to 0 Reed PRNA Sizes to 0 Fixed Position Sensor Part Number See Ordering Information Type of Sensor Solid State Application Relay, PC, IC Circuit Output Method NPN oad Voltage 5 to 0VDC oad Current 5 to 200 ma Max. Power Consumption of Switch Control Max. 200 ma at 2V Max. eak Current Max. 0 µa Internal Voltage Drop.5VDC or ess Mean Response Time ms Shock Resistance 90 m/s 2 Ambient Temperature 5 to 60 C Enclosure Rating IP67 Hysteresis Approximately 2 Response Range 5 /- 7 ead Wire ength meter Variable Position Sensor Type of Sensor Solid State Application Relay, PC, IC Circuit Output Method NPN oad Voltage 5 to 0 VDC oad Current 5 to 200 ma Max. Power Consumption of Switch Control Max. 200 ma at 2V Max. eak Current Max. 0 µa Internal Voltage Drop.5 VDC Mean Response Time ms Shock Resistance 90 m/s 2 Ambient Temperature 5 to 60 C Enclosure Rating IP67 Hysteresis Approximately 2 Response Range 2 /- 7 ead Wire ength meter Ordering information SR RS Size ED Rotation MA-2 Variable position sensor Reference point ()Brown (-)Blue Size Part number FR-PRN FR-PRN 0 FR-0PRN 20 FR-20PRN 0 FR-0PRN For inventory, lead times, and kit 6

17 Reed & Solid State PRN Series, Sizes 50 to 800 PRN Sizes 50 to 800 Ordering information FM Size Rotation Reference point MA Sensor type MA Reed MG Solid State 2 Number sensors 2 Standard Reed Reed sensors MA-2 Solid state sensors MG2 ()Brown ()Brown RS ED (-)Blue Output Method NPN oad Current 5 to 5 ma Internal Voltage Drop 2V or ess Mean Response Time.0 ms Shock Resistance 29 m/s 2 Ambient Temperature 5 to 60 C Indicator ight Red ED ead Wire ength meter Main Circuit of Switch ED Black (-)Blue NPN OUTPUT Application Relay, PC, IC Circuit Output Method NPN oad Voltage 5 to 0VDC oad Current 5 to 200 ma Max. Power Consumption Max. 20 ma at 2V of Switch Control Max. eak Current Max. 0 µa Internal Voltage Drop.5V or ess Mean Response Time ms Shock Resistance 90 m/s2 Ambient Temperature 5 to 60 C Enclosure Rating IP67 Indicator ight Red ED ead Wire ength meter 7

18 Solid State PV & XR Series PV & XR Series Solid State (Hall Effect) Reed Type ED color ogic Cable/Connector Part number N.O. Green PNP SMH-P N.O. Red NPN.5m black SMH-N N.C. Yellow PNP with leads SMC-P N.C. White/Red NPN SMC-N N.O. Green PNP SMH-PC N.O. Red NPN 0.5m black SMH-NC N.C. Yellow PNP with connector SMC-PC N.C. White/Red NPN SMC-NC Brown Black Blue 6" Cord 60" Cord Type Switching ogic Supply Voltage Range Max. Switch Current Current Consumption Switching Response Residual Voltage Solid State Type (PNP or NPN) Normally Open or Normally Closed 6-0 VDC 50 ma 7 ma at 2 VDC, ma at 2 VDC 500 Hz Maximum 0.8 V Maximum (50 ma) Wiring connection Brown PNP Sensor Black Blue Brown oad 6-0VDC _ eakage Current 0 ua Maximum Insulation Resistance 00 M ohm min. Min. Current for ED ma Operating Temperature -0 to 85 C ( to 85 F) ead Termination 500mm (60 in) or 50mm (6 in) with connector Enclosure Rating IP67 Shock Resistance 50 G s, 90 m/sec 2 NPN Sensor Black Blue Protection circuit* Brown Black Sensor oad oad 6-0VDC _ Blue _ * When connecting an inductive load (relay, solenoid valve, etc.), a protection circuit is recommended. Use a 00V, A diode. (NPN connection shown.) For inventory, lead times, and kit 8

19 Reed PV & XR Series PV & XR Series Reed Reed sensors are available in a normally open or normally closed configuration. The low amp sensor is suitable for connection to PCs or other low current devices. The high amp sensor can be used to drive sequencers, relays, coils, or other devices directly. Type ED color Rating Cable/Connector Part number N.O. Green High Amp SMR- N.O. Red ow Amp.5m Gray with eads SMR- N.C. Yellow ow Amp SMD- N.O. Green High Amp SMR-C N.O. Red ow Amp 0.5m Gray with Connector SMR-C N.C. Yellow ow Amp SMD-D SMR- or SMD- ow Amp Reed Sensor Switching ogic Voltage Rating Power Rating: AC or DC Resistive oad AC or DC Inductive oad AC or DC Switching Current Range: Resistive oad (PC, Sequencer) Inductive oad (Relay) Minimum Current for ED Switching Response Breakdown Voltage Contact Resistance Operating Temperature ead Termination Normally Open (SMR-) Normally Closed (SMD-) VAC or 6-0 VDC* (N.O.) 6-0 VAC, 6-0 VDC* (N.C.) 0 watts (N.O.) 5 watts (N.O.) watts (N.C.) 5-0 ma (N.O.), 5-25 ma (N.C.) 5-25 ma 5 ma 00 Hz (N.O.), 200 Hz (N.C.) 200 VDC 00 M ohm min. -0 to 85 C ( to 85 F).5m (60 in) or 0.5m (6 in) with connector IP67 Enclosure Rating Shock Resistance 0 G s, 00 m/sec 2 Integral circuit for switching contact protection (Required for proper operation 2V DC) Put Diode parallel to load (CR) with polarity as shown below. 2VDC D: Diode: select a Diode with the breakdown voltage and current rating according to the load. CR: Relay coil (under 0.5 W coil rating) (Recommended for longer sensor life 25V AC) Put resistor and capacitor parallel to load (CR). CR: Relay coil (under 2 W coil ratings) R: Resistor under K ohm 25VAC C: Capacitor 0. µf (BROWN) (BUE) (BROWN) SMR- High Amp Reed Sensor Switching ogic Voltage Rating Power Rating: AC or DC Resistive oad AC or DC Inductive oad Switching Current Range: Resistive oad (PC, Sequencer) Inductive oad (Relay) Minimum Current for ED Switching Response Breakdown Voltage Contact Resistance Operating Temperature ead Termination C D R (BUE) CR CR Normally Open VAC or 5-0 VDC* 0 watts 5 watts 0-00 ma 0-00 ma 8 ma 00 Hz Maximum 200 VDC 00 M ohm min. -0 to 85 C ( to 85 F).5m (60 in) or 0.5m (6 in) with connector IP67 Enclosure Rating Shock Resistance 0 G s, 00 m/sec 2 * Polarity is restricted for DC operation () to Brown (-) to Blue If these connections are reversed the contacts will close, but the ED will not light. Reed Note: Care must be taken not to exceed the Power Rating of the sensor while still observing the voltage and current limitations. 9

20 Solid State PTR Series PTR Series Solid State (Hall Effect) PTR model PNP With 6" male quick connect With 9" potted-in leads NPN With 6" male quick connect With 9" potted-in leads 6"Cord 0 SWH-PC SWH-P SWH-NC SWH-N 5 SWH-PC SWH-P SWH-NC SWH-N 20 SWH-2PC SWH-2P SWH-2NC SWH-2N Brown Black Blue 9"Cord Reed 25 SWH-2PC SWH-2P SWH-2NC SWH-2N 2 SWH-2PC SWH-2P SWH-2NC SWH-2N Note: with male quick connect option require female cordsets to be ordered separately. Please reference page K25. Type Switching ogic Supply Voltage Range Current Output Range Current Consumption Solid State (PNP or NPN) Normally Open 6-0VDC Up to 00 ma at 5 VDC, Up to 200 ma at 2 VDC and 2 VDC 7 ma at 5 VDC, 5 ma at 2 VDC, and 0 ma at 2 VDC Wiring connection Brown PNP Sensor Black Blue oad 6-0VDC _ Switching Response Residual Voltage eakage Current Breakdown Voltage 000 Hz Maximum.5V Maximum 0uA Maximum.8kVACrms for sec., lead to case NPN Sensor Brown Black oad 6-0VDC Min. Current for ED ma Operating Temperature to 0 F (-0 to 60 C) Enclosure Rating Meets IEC IP67, fully encapsulated ead Wire conductor, 2 gauge ead Wire ength 9 in ( m) Protection circuit* Blue Brown _ Vibration Resistance 0-55 Hz,.5mm double amplitude Sensor Black oad Blue _ * When connecting an inductive load (relay, solenoid valve, etc.), a protection circuit is recommended. Use a 00V, A diode. (NPN connection shown.) For inventory, lead times, and kit 20

21 Reed PTR Series PTR Series Reed PTR model With 6" male quick connect With 9" potted-in leads 0 SWR-C SWR- 5 SWR-C SWR- 20 SWR-2C SWR-2 25 SWR-2C SWR-2 2 SWR-2C SWR-2 with male quick connect option require female cordsets to be ordered separately. Switching ogic Voltage Rating Power Rating Normally Open VAC or 6-0 DC* 0 Watts AC or DC/Resistive oad 5 Watts AC or DC/Inductive oad Protection circuit (Inductive loads) (Required for proper operation 2VDC) Select a diode with a breakdown voltage and current rating according to the load (CR). Place a diode in parallel to the load with the polarity as indicated: 2VDC (BROWN) (BUE) CR: Relay coil (under 0.5W coil rating) (Recommended for longer sensor life 25VAC) Select a resistor and capacitor according to the load (CR). Place a resistor and capacitor in parallel to the load: (BROWN) D (BUE) CR Reed Switching Current Range Switching Response Breakdown Voltage Min. Current for ED Operating Temperature Enclosure Rating ead Wire ma/resistive oad (PC, Sequencer) 0-00 ma/inductive oad (Relay) 00 Hz Maximum.8kVACrms for sec., lead to case 8mA to 0 F (-0 to 60 C) Meets IEC IP67, fully encapsulated 2 conductor, 22 Gauge R 25VAC C CR: Relay coil (under 2W coil rating) R: Resistor under K ohm C: Capacitor 0. µf CR ead Wire ength Vibration Resistance 9 in (m) 0-55 Hz,.5mm double amplitude * Polarity is restricted for DC operation () to White (-) to Black If these connections are reversed the contacts will close, but the ED will not light. 2

22 Reed Sensor Weld immune in all welding applications (AC, DC and medium frequency welding). Sensor locks the output during the welding process; when welding process stops, the sensor updates the output accordingly. NOTE: Tie rod construction of the PD Series can be ordered directly in the model code. 2 PNP Pin Function Operating voltage (VDC) Output signal (N.O.) -VDC 2 Not used Type Output function Normally Open Switching Output PNP (-Wire) Operating voltage 0-0 VDC Response sensitivity 0 Gauss Switching frequency 0 Hz Residual ripple 0% of Supply Voltage Voltage drop 2 VDC Power consumption, attenuated 2mA Power consumption, unattenuated 8mA Continuous current 00mA Hysteresis.5mm Repeatability 0.mm EMC EN Wire break protection Yes Short circuit protected Yes Reverse polarity protected Yes Power-up pulse suppression Yes Enclosure rating IP67 Shock/vibration stress 0 g, ms, 0-55 Hz, mm Operating temperature -25 C to 75 C (- F to 67 F) Housing material Die-cast zinc with PTFE coating EDs Status Indicator (yellow) Function Indicator (green) Connector M2 connector DC - Description Part number Weld immune sensor Tie rod bracket kit (28).9 (28).22 (5.5). (0.8) M.20 (0.5).89 (8) 2.5 (6.2) (7.5) ED.5 (9) Ø.2 (8.2).2 (.5).7 (8). () M2x For inventory, lead times, and kit 22

23 Air Piloted Switch Air Piloted Switch Air Piloted Switch Features Converts a magnetic field to an air pilot signal Band clamp allows for mounting to tie rod cylinders Fits 2 to 00mm bore (.5 to inch bore) Type /2 valve - NC, 2-position / spring return -way Construction materials Body Macrolon, glass fiber Mounting bracket Aluminum, anodized Connection - mm OD barbs Description Sensor Air type Mounting bracket.06 (27).7 (8). () Part number KZ26 KZ (8) Reed Characteristics Operating temperature Operating pressure Normal operating pressure Flow Cycle rate Switching accuracy Filtration Media F to 0 F (-0 C to 60 C) 0 PSI to 90 PSI (2 bar to 6 bar) 90 PSI (6 bar) 0.0 Cv (0 l/min) 0 hz ± 0.008" (0.2mm) w/o air 0 micron Filtered and regulated compressed air.9 (0) Installation Weight In any position Sensor 0.9 oz (0.0 kg) Sensor & bracket 0.99 oz (0.028 kg) 2

24 Cordset 8mm & 2mm Female Quick Connect Reed Female Quick Connect Cordset 8mm Cordset with Female Quick Connect A female connector is available for all sensors with the male 8mm quick connect option. The male plug will accept a snap-on or threaded connector. Cordset part numbers are listed below: Cable length Threaded connector Snap on connector 5 meters T S005 2 meters T S002 Snap-On Straight Connector Ø.8 (8.) Ø.77 (.5) Ø.22.0 (5.7) (28.2) Cable Minimum Bend Radius: 00mm Cable ength (M) (See Table).8 (0.0) 2mm Cordset with Female Quick Connect Cable length M2 Right angle Connector M2 Straight connector 5 meters meters A female connector is available for all sensors with the male 2mm quick connect option. The cordsets are available with a right angle or straight connector. Cordset part numbers are listed above. Connector Oil resistant polyurethane body material, PA 6 (Nylon) contact carrier, spacings to VDE 00 Group C, (50 AC/DC) Contacts Gold plated beryllium copper, machined from solid stock Coupling Method Snap-ock or chrome plated brass nut Cord Construction Oil resistant black PUR jacket, non-wicking, non-hygroscopic, 00V. Cable end is stripped and tinned. Conductors Extra high flex stranding, PVC insulation Temperature -0 F to 9 F (-0 C to 90 C) Protection NEMA,,, 6P and IEC IP67 Cable ength 6.56 ft (2m) or 6. ft (5m) Threaded Straight Connector Ø.77 (.5) Cable Minimum Bend Radius: 00mm Cable ength (M) (See Table).26 (2.0).276 (7.0) M8x Ø.78 (9.6) Connector Polyvinylchloride (PVC) body material, PVC contact carrier, spacing to VDE 00 Group C, (250VAC / 00VDC) Contacts Gold Plated Copper Tin (CuSn), stamped from stock. Coupling Method Threaded nut: Chrome plated brass. Cord Construction PVC non-wicking, non-hygroscopic, 250VAC / 00VDC. Cable end is stripped. Conductors Extra high flex stranding with PVC insulation Temperature - F to 58 F (-25 C to 70 C) Protection NEMA,,, 6P and IEC IP67 Cable ength 6.56 ft (2m) or 6. ft (5m) Straight Connector PIN 2 / WHT PIN / BU Ø.57 (Ø.5) CABE ENGTH (m) (SEE TABE).65 (2).06 (.5) Right Angle Connector Ø.57 (Ø.5) PIN / BRN PIN 2 / WHT PIN / BU PIN / BK.5 (8.) CABE MINIMUM BEND RADIUS: 00mm M2 X PIN / BK CABE MINIMUM BEND RADIUS: 00mm PIN / BRN.0 (26.5).06 (.5) CABE ENGTH (SEE TABE) M2 X For inventory, lead times, and kit 2

25 Connection Block Valvetronic 0 Connection Block Valvetronic 0 The Valvetronic 0 is a connection block that can be used for collecting signals from sensors at various points on a machine and connecting them to the control system via a multicore cable. Valvetronic 0 can also be used for central connection of the multi-core cable to the outputs of a control system, and can be laid to a machine where the output signals can be connected. The connection block has ten 8mm snap-in connectors and a multi-core cable which is available in lengths of or 0m. The connections on the block are numbered from to 0. Blanking plugs are available for unused connections, as labels for marking the connections of each block. Connections Ten -pole numbered 8 mm round snap-in female contacts Electrical Data Voltage Insulation group oad Cable 2 2 Input block Pin Pin 2 Pin Output block Pin Pin 2 Pin Common, 2 VDC Input signal Common, 0V Common, GND Output signal Common, 0V 2 VDC (max. 60 V AC/75 V DC) according to DIN 00 class C max. A per connection total max. A ength m or 0m Type of cable ifyyy Conductor 2 Area 0. mm 2 Color marking According to DIN 7 00 Mechanical Data Enclosure IP 67, DIN 0050 with fitted contacts and/or blanking plugs. Temperature 20 C to 70 C Material Body PA 6,6 VD according to U 9 Contact holder PBTP Snap-in ring DPE Moulding mass Epoxy Seal NBR Screws Plated steel Industrial Durability Good chemical and oil resistance. Tests should be performed in aggressive environments. Reed Ordering Information Designation Weight (kg) Part number Connection block Valvetronic 0 with m cable Connection block Valvetronic 0 with 0m cable Blanking plugs (pack of 0), use blanking plugs to close unused connections abels (pack of 0), White labels to insert in grooves on the side of the connection Dimensions and Wiring Diagrams.7.9 (8.7) (2.5).98 (25). (8).7 (2).6 (9.2) M.5 (85) 2.95 (75).8 (20.5).20 (0.5) B A Conductor Color Input Output Pink Signal Signal 2 Grey Signal 2 Signal 2 Yellow Signal Signal Green Signal Signal 5 White Signal 5 Signal 5 6 Red Signal 6 Signal 6 7 Black Signal 7 Signal 7 8 Violet Signal 8 Signal 8 9 Grey-Pink Signal 9 Signal 9 0 Red-Blue Signal 0 Signal 0 A Blue 0 V 0 V B Brown 2 V PE 25

26 End-of-Stroke EPS-6 & 7 / CS- & Reed EPS-6 & 7 / CS- & End-of-Stroke Ordering information Sensor type Inductive proximity Non-contacting magnetically actuated Style EPS-7 EPS-6 CS- CS- Sensor part number 8897**** 8896**** 8275**** 909**** 6' Cable ' Cable ' Cable, right angle **** Part number suffix: **** -digit suffix indicates probe length: 025=.25", 0206=2.06", 0288=2.875", 056=.562" Style EPS-7 EPS-6 CS- CS- Code designator H D F B Sensor type Inductive proximity Inductive Description Economical, General Purpose, 2 wire device, primarily for AC applications, not suitable for 2 VDC applications. Economical, General Purpose, wire, DC sensor, dual output: sinking and sourcing Non-contacting magnetically actuated Functional replacement for AB (Mechanical) imit Switches in many applications, or where customer needs NC contacts, zero leakage, zero voltage drop, higher or lower load current than EPS-style. Non-contacting magnetically actuated Functional replacement for AB (Mechanical) imit Switches in many High Temperature applications, or where customer needs NC contacts, zero leakage, zero voltage drop, higher or lower load current than EPS-style. Supply voltage 20 to 250 VAC/DC 0 to 0 VDC 2 to 20 VAC/DC 2 to 20 VAC/DC oad current, min 8 ma NA NA NA oad current, max 00 ma 200 ma 20 VAC 2 VDC 20 VAC 2 VDC eakage current:.7 ma, max. 0 micro amps max. Voltage drop 7 V, max. 2 VDC max. NA NA Operating temperature - to 58 F - to 58 F -0 F to 22 F -0 F to 00 F Connection -pin mini 5-pin mini -pin mini " PTFE coated flying leads with /2" conduit hub Enclosure rating IEC IP67 IEC IP67 NEMA, 2,,, x, 5, NEMA, 2,,, x, 5 6, 6P,, 2, 2K, ed indication Yes Yes No No Short circuit protection Yes Yes No No Weld field immunity Yes Yes Yes Yes Output 2 wire, Normally Open with leakage current Dual output: DC Sinking and DC Sourcing, user selectable via wiring SPDT (Single pole double throw), Normally Open/Normally Closed, Form C SPDT (Single pole double throw), Normally Open/Normally Closed, Form C Approvals / marks CE, U, CSA CE, U, CSA U or CSA U or CSA Make / break location 0.25" from end of stroke, typical. Tolerance is 0/-0.25" Wiring instructions Pin : 0 to 0 VDC Pin : AC ground (Green) Pin : Common (Green) Common: (Black) (White) Pin 2: Output (Black) Pin : AC line (White) Pin 2: Sourcing output (Red) Pin : Grounded (not connected or required) Pin : Sinking output (Orange) Pin 5: DC common (Black) Pin 2: Normally closed (Black) Pin : Normally open (White) Normally open: (Blue) Normally closed: (Red) For inventory, lead times, and kit 26

27 End-of-Stroke EPS-6 & 7 / CS- & Series and parallel wiring When Parker EPS-6 or 7 proximity sensors are used as inputs to programmable controllers, the preferred practice is to connect each sensor to a separate input channel of the PC. Series or parallel operations may then be accomplished by the internal PC programming. Parker EPS-6 or 7 sensors may be hard wired for series operation, but the voltage drop through the sensors (see specifications) must not reduce the available voltage below what is needed to actuate the load. EPS-7 & EPS-6 sensors Parker EPS-6 or 7 sensors may also be hard wired for parallel operation. However, the leakage current of each sensor will pass through the load. The total of all leakage currents must not exceed the current required to actuate the load. In most cases, the use of two or more EPS-6 or 7 sensors in parallel will require the use of a bypass (shunt) resistor. CS- & sensors Reed 2.58 (66).9 (2) A.9 (8) C A 2.00 (5) C Connector pin numbering -pin mini 5-pin mini Male Receptacle End View White oad AC DC 2 Black N.O. 2 or ( / -) or (- / ) Green Male Receptacle End View 5 2 Red N.O. N.O. Orange Black (-) oad Source White () oad Sink 27

28 End-of-Stroke Cordset EPS-6 Reed Connectors The male quick disconnect on the Parker EPS-6 is a Brad Harrison 0 connector. Plug pin and cable identification ) 0 to 0 VDC (White) 2) Source (Red) ) Grounded not connected nor required ) Sink (Orange) 5) Common (Black) 5 Cable length Part number White () Orange Black 5 (-) Red 2 ED Function Ready Target Power Applied (No Target) ON OFF Target Present OFF ON Short Circuit Condition FASH FASH Sink (NPN) Source (PNP) EPS-7 Connectors The male quick disconnect on the Parker EPS-7 is a Brad Harrison 0909 connector. Female connects must be purchased with one of the following cable lengths. Part number Cable length Automotive Standard ' ' ' EPS-7 Green AC White () 2 Black (2) oad Internally Short Circuit Protected Pin STANDARD. Green Receptacle AC 2. Black Color Code. White AUTOMOTIVE. Green 2. Red. Red 2 2' CS Connectors The male quick disconnect on the Parker CS- is a Brad Harrison 0909 connector. Female connects must be purchased with one of the following cable lengths. Cable length Part number ' ' ' 2' CS- Green AC White () 2 Black (2) oad Internally Short Circuit Protected STANDARD. Green 2. Black. White Pin Receptacle AC Color Code 2 The connection for the CS- are " PTFE insulated flying leads with /2" conduit hub. -wire: Common (black), Normally open (blue), and Normally closed (red). For inventory, lead times, and kit 28

29 End-of-Stroke How to Specify for MA, MAJ How to specify EPS sensors Parker EPS proximity sensors may be ordered on MA and MAJ Series cylinders as follows: ) Complete the basic cylinder model number. 2) Place an S in the model number to denote sensors and/or special features. ) Mounting styles D, DB, JB, or HB should be used with caution because of possible mounting interferences. ) Special modifications to cylinders other than sensors must have a written description. Head end H A GG Specify: H = EPS-7 D = EPS-6 F = CS- B = CS- N = Prep for sensors only Port ocation See Figure. Sensor ocation See Figure. Sensor Orientation See Figure 2 for EPS-7 and EPS-6 only. Figure Figure 2 Actuation Point GG = End of Stroke Note: All specified sensor and port locations are as seen from rod end of cylinder. * Contact pdnapps@parker.com for this option with MA and MAJ Series cylinders. 5) Specify letter prefix H for EPS-7, D for EPS-6, F for CS-, or B for CS-, then fill in the four fields specifying port location, sensor orientation and actuation point for both head and cap. If only one sensor is used, place XXXX in the unused fields. Example = HCGG-XXXX denotes a sensor on the head end only, EPS-7 Example = BXXXX-2BGG denotes a sensor on the cap end only, CS- Cap end 2 B GG Port ocation See Figure. Sensor ocation See Figure. Sensor Orientation See Figure 2 for EPS-7 and EPS-6 only. Actuation Point GG = End of Stroke Reed 2 Example:.00 CJMAUSAC S = HCGG-CGG A B C D E 29

30 End-of-Stroke PTR & HP Series, 8mm Barrel Reed PTR and HP Series The inductive type proximity sensor provides end of rotation indication. The non-contact probe senses the presence of the ferrous cushion spear and has no springs, plungers, cams or dynamic seals that can wear out or go out of adjustment. The sensor is solid state and meets NEMA,, & specifications. For ease of wiring, the connector housing is rotatable through 60. To rotate, lift the cover latch, position, and release. A standard proximity sensor controls VAC/DC loads from 5 to 500 ma. The low.7 ma off-state leakage current can allow use for direct PC input. The standard short circuit protection (SCP) protects the sensor from a short in the load or line upon sensing such a condition (5 amp or greater current) by assuming a non-conductive mode. The fault condition must be corrected and the power removed to reset the sensor preventing automatic restarts. The low voltage DC sensor is also available for use with 0-0 VDC. This sensor is in a non-rotatable housing, but does incorporate the short circuit protection. Inductive 8mm Barrel Type Both sensors are equipped with two EDs, Ready and Target. The Ready ED is lit when power is applied and the cushion spear is not present. The Target ED will light and the Ready ED will go out when the sensor is closed, indicating the presence of the cushion spear. Both EDs flashing indicates a short circuit condition. Notes:. Available with or without cushions. 2. Not available with stroke adjusters.. Pressure rating: 000 PSIG. Operating temperature: - F to 50 F 5. Specify sensor type, orientation and voltage when ordering. 6. The low voltage DC sensor is available in non-rotatable style only, consult representative for further information. sensors are normally ordered with the unit as part of the model number. Use these part numbers for replacement parts only. Ordering information Series PNP Quick* connect Flying leads NPN Quick ** connect Flying leads HB B880-P B880-N P5 B880-P B880-N * Order cordset B8757-P separately. ** Order cordset B8757-N separately. PNP wiring connection (Brown) (Black) (Blue) NPN wiring connection oad (Brown) (Black) oad (Blue) DC 0-0v - DC 0-0v - Electrical Voltage No oad Current Continuous Current Switching Speed Switch Frequency 0-0 VDC ( wire) PNP or NPN ma 50 ma 8 ms 5000 Hz POTTED-IN SENSOR ead type sensor with 20 ft. (6m) cord length ED M8 x Switching Distance Overload Protection Reverse Polarity Protection Temp. Range Enclosure Rating Aluminum = 0.06 in (0.mm) Brass = in (0.7mm) Steel = 0.09 in (.0mm) Triggered at 70 ma Incorporated - to 58 F (-25 to 70 C) Meets NEMA,,,6, and IEC IP67, fully encapsulated PUG-IN SENSOR A threaded right angle cordset must be ordered separately. The cordset contains two EDs: - power, 2 - target indication. Cordset length is 20 ft. (6m) ED M8 x For inventory, lead times, and kit 0

31 (Revised 0/8/8) P8S Series CPS Continuous Position Value Proposition Many applications require more than just end of stroke sensing of an actuator, but traditional methods of continuous sensing are expensive to implement. Parker s CPS (Continuous Postition ) series of the P8S sensor family enables quick precise and contactless continuous position sensing of a piston in standard acutators. This offers an outstanding price/perfomance ratio. Product Overview P8S Continuous Position detect continuously the position of the piston of pneumatic actuators using a direct, noncontact technology along the length of the sensors, measuring ranges from 2 to 256 mm. They can be mounted in T-slots without the need for additional accessories for cylinders build with common T-slots dimensions. Mounting on other cylinder types ie round cylinders type is possible with adaptors. The sensor settings can be adjusted during installation and during operation later on, using a teach button or, depending on the variant, using IO-ink. The sensors continuously supply data via analogue outputs or IO-ink. Analogue position sensors, for current or voltage, have a voltage output of 0 V... 0 V as well as a current output of ma ma. It enables flexible machine concepts and making it possible to solve tasks in areas such as quality monitoring and process control in conjunction with pneumatic cylinders. This continuous transfer of position data upgrades the functionality of the pneumatic cylinders by making them more intelligent and as a result, more versatile. Technical Data Cylinder type: Installation: Profile with T-slot Drop in, fixed by allen key,5 mm Measuring range: 2 to 256 mm depending on type ) Housing length: Output Function: 5 to 269 mm depending on type Analog IO-ink Analog output (voltage): 0 to 0 V - Analog output (current): to 20 ma - Teach-in: Enclosure rating: IP67 (according to EN 60529) Supply Voltage: 2) Power consumption: ) Max load resistance: ) Min load resistance: 5) Protection class: Time delay before availability: Required magnetic field sensitivity: Resolution: 6) inearity error: 7) Repeat accuracy: 8) Sampling rate: 9) Indication ED color: Reserve polarity protection: Short circuit protection: Ambient operating temperature range: Shock and vibration resistance: Yes 5 to 0 V DC <= 22 ma (analogue) <= 25 ma (IO-ink) <= 500 Ω <= 2 kω III,5 s mt / -2 mt (analog) mt (IO-ink) 0,0% full scale range (max >=0,05 mm) 0, mm 0,06% full scale range (>= 0, mm) ms Yellow (analog) Yes (analog) Yes (analog) -20 to 70 C (PUR cable) 0 g ms / 0 55 Hz, mm EMC: 0) According to EN International standard: U file No: Housing material: Screw material: Cable material: Conductor cross-section: Connector: CE C U US CCC (not applicable) RoHs IO-ink On request Plastic polyamid PA2 Stainless steel PUR (Polyurethane) 0,08 mm² M2 (IO-ink) or M8 (analog) ) ± mm 2) Reverse-polarity protected, operation in short-circuit protected network: max. 8 A. ) Without load ) Power output, at 2 V 5) Voltage output 6) FSR: Full Scale Range; max. measuring range. 7) At 25 C, linearity error (maximum deviation) depending on response curve and minimal deviation function. 8) At 25 C, repeatability magnet movement in one direction. 9) Only in standard mode, not in IO-ink mode. 0) The analogue measured value can deviate under transient conditions. Reed